This paper is a continuation of research on the choice of the optimum type of traction electric
motor for safetycritical applications (such as an electrical helicopter), based on the results of …

The problem of improving the reliability and creation of fault tolerant systems is one of the
most important in modern technology and engineering. Actually, the complexity of technical …

Permanent magnet synchronous motors (PMSMs) are suggested for applications with high
torque density, reliability, and efficiency requirements. Integrating PMSMs with magnetic …

The ongoing electrification of road and air traffic leads to an increase of component
requirements within the electric vehicle's drive train. Especially the requirements on …

This paper describes a new approach and methodology of quantitative assessment of the
fault tolerance of multi-phase traction electric motors. As a complex parameter for evaluating …

The paper presents the Lz-transform approach to the comparative analysis of the fault
tolerance of multi-motor electrical drives with multi-phase traction motors for two various …

The reliability of electric drives is a significant topic in safety-critical applications.
Approaches such as multi-phase machines are widely discussed. Additional fault detection …

Abstract The Chapter presents the Lz-transform approach application to the comparative
analysis of the fault tolerance of multi-motor electrical drives with multi-phase traction motors …

Performances of a set of four electrical machines with the same stator armature and the
same diameter and length of the rotor magnetic core are evaluated through finite element …

Within this work, an application based comparison of electrical machines will be presented,
carried out on the basis of a system approach. Today's most frequently used types of …